you can use JUnit to test their behavior and to ensure that they render as expected. Wicket has a set of utility classes for unit testing that simulate user interaction with web pages, hence we can write presentation code and GUI elements building custom components. Even if Wicket already comes with a rich set of ready-to-use components, building custom components is a common practice when working with this debugging, class inspection and so on. wicket-core, wicket-extensions wicket-extensions Contains a vast set of built-in components to build a rich UI for our web application (Ajax support is part of this module)

you can use JUnit to test their behavior and to ensure that they render as expected. Wicket has a set of utility classes for unit testing that simulate user interaction with web pages, hence we can write presentation code and GUI elements building custom components. Even if Wicket already comes with a rich set of ready-to-use components, building custom components is a common practice when working with this debugging, class inspection and so on. wicket-core, wicket-extensions wicket-extensions Contains a vast set of built-in components to build a rich UI for our web application (Ajax support is part of this module)

you can use JUnit to test their behavior and to ensure that they render as expected. Wicket has a set of utility classes for unit testing that simulate user interaction with web pages, hence we can write presentation code and GUI elements building custom components. Even if Wicket already comes with a rich set of ready-to-use components, building custom components is a common practice when working with this inspection and so on. wicket-core, wicket-extensions, wicket-tester wicket-extensions Contains a vast set of built-in components to build a rich UI for our web application (Ajax support is part of this

you can use JUnit to test their behavior and to ensure that they render as expected. Wicket has a set of utility classes for unit testing that simulate user interaction with web pages, hence we can write presentation code and GUI elements building custom components. Even if Wicket already comes with a rich set of ready-to-use components, building custom components is a common practice when working with this debugging, class inspection and so on. wicket-core, wicket-extensions wicket-extensions Contains a vast set of built-in components to build a rich UI for our web application (Ajax support is part of this

responsible for confguring it when the server is starting up. ● Class Application comes with a set of confguration methods that we can override to customize our application's settings. One of these the Wicket page we must add a component with the id equal to the value of the wicket:id previously set: package helloWorld; import org.apache.wicket.markup.html.WebPage; import org.apache.wicket.markup model is a facade for the data object that a component must display (for example with a label) or set (for example with a textfeld). ● Also Label has a model, but it's “hidden” inside the component and